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We can also use orthographic projections to align the coordinate system exactly to the pixels on the screen. This is generally useful only for 2D rendering, and in many cases will be more easily achieved by simply using XNA s sprite technology instead. As you have seen by now, however, there are features that the 3D rendering environment offers that sprites cannot achieve, such as powerful matrix-based positioning and flexible lighting. To set up a pixel-aligned projection, we simply need to provide the actual viewport width and height when creating the matrix, as shown in Listing 7 23. Given a width of 480 and a height of 800, this configuration will create a coordinate system ranging from position (-240, -400) in the screen s bottom-left corner to position (240, 400) in its top-right corner. Listing 7 23. Creating a pixel-aligned orthographic projection matrix // Create a pixel-aligned orthographic projection Matrix projection = Matrix.CreateOrthographic(GraphicsDevice.Viewport.Width, GraphicsDevice.Viewport.Height, 0, 100); This works fine, but has put the origin (0, 0) coordinate in the center of the screen. Normally when working with 2D coordinate systems (such as the one used by XNA s sprites), the origin is in the topleft corner, and the positive y axis points toward the bottom of the screen. We can replicate this same system by using a different projection matrix creation function: CreateOrthographicOffCenter. This function expects six parameters to be passed, as follows and in this order: left: the coordinate to use to represent the left edge of the screen right: the coordinate for the right edge of the screen bottom: the coordinate for the bottom edge of the screen top: the coordinate for the top edge of the screen zNearPlane: the near clipping plane distance zFarPlane: the far clipping plane distance

In general, I use .NET transactions over native database transactions when working with LTS because of the extra overhead (that is, code) that you have to write when working with database transactions. LTS has highly optimized connection handling and cleanup code, and it is error prone to have to explicitly call Open() or Close(). Additionally, because using database transactions require a more specialized skill set, from a pure convenience factor, .NET transactions are preferred because they can be controlled in your C# code.

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Any values can be passed for the left, right, bottom, and top coordinates, so we can set the left and top values to be zero, and the right and bottom to be the viewport width and height, respectively. Listing 7 24 shows an example of setting the projection up in this way. Listing 7 24. Creating an off-center pixel-aligned orthographic projection matrix // Create a pixel-aligned orthographic projection with its origin in the top-left // of the screen. Matrix projection = Matrix.CreateOrthographicOffCenter (0, GraphicsDevice.Viewport.Width, GraphicsDevice.Viewport.Height, 0, -100, 100); If you wanted to put the origin (0, 0) coordinate to the bottom left instead, simply swap the bottom and top parameters and the whole display will flip vertically to achieve this.

Scripting materials for the programmable graphics pipeline is a bit more involved than we have seen so far. Most of the directives you use for the fixed-function pipeline apply as well when referencing GPU programs; however, some are ignored because, well, when you are using the programmable pipeline, the fixed-function pipeline is ignored. Three items are involved when including a GPU program in your material: the program itself, the program declaration, and a reference to the program in the actual material. Let s have a look at one of the simpler examples of a material with a GPU program: the hardware skinning example material that comes with Ogre and is used in the hardware skinning demo application (see Listing 6-5). Listing 6-5. The One-Weight Hardware Skinning Program Found in Example.cg in Samples/Media/materials/programs/Example.cg in the Ogre Distribution /* Single-weight-per-vertex hardware skinning, 2 lights The trouble with vertex programs is they're not general purpose, but fixed-function hardware skinning is very poorly supported */ void hardwareSkinningOneWeight_vp( float4 position : POSITION, float3 normal : NORMAL, float2 uv : TEXCOORD0, float blendIdx : BLENDINDICES,

Moving out of the realm of flat 2D graphics and into the depths of 3D is undeniably a big step. All sorts of additional challenges appear both in terms of code complexity and graphical modeling. XNA does provide a sound and flexible technology base to build on, and the rewards of 3D game programming can be great for players and developers alike. Once you are happy and comfortable with the concepts and the code that we have discussed in this chapter, the next chapter will introduce you to a number of additional techniques that you can use in XNA to help bring your games to life.

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